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Double emulsion drop evaporation and formation of daughter droplet.

In this study, we present experimental and theoretical analyses of evaporating double emulsion drop resting on a substrate. Multistage evaporation of outer and inner droplet is witnessed. The complete evaporation of outer drop and the initialization of the inner drop evaporation demonstrate an interesting transition dynamics. After the apparent completion of evaporation of the inner phase of a double emulsion drop, surprisingly, formation of a daughter droplet is observed. We further investigated to hypothesize this phenomenon and achieved the formation of the daughter droplet for a single phase drop as well. While engineering the `daughter drop formation' phenomena, we also proposed a way to obtain prolonged fixed contact line evaporation for a single phase drop.

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